Showing 21 to 30 of 42 Search Results:
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The effects of high levels of fluoride and iodine on intellectual ability and the metabolism of fluoride and iodine. (FAN Translation)
Yang Y, Wang X, Guo X, Hu P.
Journal Name: Fluoride | Published in Chinese Journal of Epidemiology 1994 October;15(4):296-8. Translated by Julian Brooke for Fluoride Action Network
Publish Date: October-December 2008
Volume/Page: 41(4):336-339.
Type: Human Study
Categories: Brain, Cognitive Function, Dental Fluorosis, Susceptible Populations, Nutritional Status, Thyroid Gland, Goiter, Thyroid Hormones, Iodine, IQ Score, *NTP2019, China-IQ, Endemic fluorosis areas
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Iodine status of the U.S. population, National Health and Nutrition Examination Survey 2003-2004.
Caldwell KL, Miller GA, Wang RY, Jain RB, Jones RL.
Journal Name: Thyroid
Publish Date: 11-01-2008
Volume/Page: 18(11):1207-14.
Type: Human Study, Epidemiology
Categories: Susceptible Populations, Nutritional Status, Iodine
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A study of the intellectual ability of 8-14 year-old children in high fluoride, low iodine areas. (FAN Translation)
Ren D, Li K, Liu D.
Journal Name: Fluoride | Originally published in the Chinese Journal of Control of Endemic Diseases 4:251. Translated by the Fluoride Action Network
Language: FAN Translation
Publish Date: October-December 2008.
Volume/Page: 41(4):319-20.
Type: Human Study
Categories: Brain, Cognitive Function, Chemical Co-Exposures, Iodine, IQ Score, *NTP2019, China-IQ
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Research on the effects of fluoride on child intellectual development under different environments
Hong F, Cao Y, Yang D, Wang H.
Journal Name: Fluoride
Publish Date: April-June 2008.
Volume/Page: 41(2):156–60.
Type: Human Study
Categories: Brain, Cognitive Function, Chemical Co-Exposures, Goiter, Iodine, IQ Score, Nutritional Status
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Research on the effects of fluoride on child intellectual development under different environmental conditions. (FAN Translation)
Hong F, Cao Y, Yang D, and Wang H.
Journal Name: Fluoride | Originally published in Chinese Primary Health Care 2001;15(3):56-7. Translated by Julian Brooke for Fluoride Action Network
Publish Date: April-June 2008
Volume/Page: 41(2):156–60.
Type: Human Study
Categories: Brain, Cognitive Function, Dental Fluorosis, Susceptible Populations, Nutritional Status, Iodine, IQ Score, *NTP2019, China-IQ, Endemic fluorosis areas
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Apoptosis in brain cells of offspring rats exposed to high fluoride and low iodine.
Ge Y, Ning H, Feng C, Wang H, Yan X, Wang S, Wang J.
Journal Name: Fluoride
Publish Date: July-September 2006
Volume/Page: 39(3):173–178.
Type: Animal Study
Categories: Brain, Brain Cellular/Tissue Effects, Apoptosis, Iodine, Nutritional Status, Animal offspring
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The specific features of the development of iodine deficiencies in children living under environmental pollution with fluorine compounds. (FAN Translation)
Gas’kov, A. Yu., Sabchenkov, M. F. , Yushkov, N. N.
Journal Name: Gig Sanit.
Publish Date: November-December 2005
Volume/Page: Nov-Dec;(6):53-5.
Type: Human Study
Categories: Susceptible Populations, Nutritional Status, Thyroid Gland, Iodine, hypothyroidism
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DNA damage in thyroid gland cells of rats exposed to long-term intake of high fluoride and low iodine.
Ge Y, Ning H, Wang S, Wang J.
Journal Name: Fluoride
Publish Date: November 2005
Volume/Page: 38(4):318–323.
Type: Animal Study
Categories: Susceptible Populations, Nutritional Status, Thyroid Gland, Thyroid Cellular/Tissue Effects, Iodine
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Comet assay of DNA damage in brain cells of adult rats exposed to high fluoride and low iodine.
Ge Y, Ning H, Wang S, Wang J.
Journal Name: Fluoride
Publish Date: July 2005
Volume/Page: 38(3):209–214.
Type: Animal Study
Categories: Brain, Brain Cellular/Tissue Effects, DNA effects, Genotoxicity, Iodine, Nutritional Status
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[Effects of high fluoride and low Iodine on learning-memory and TchE of brain in offspring rats].
Hong JH, Ge YM, Ning HM.
Journal Name: China Preventive Medicine
Language: Chinese (with English summary)
Publish Date: 2005
Volume/Page: (6):489-91.
Type: Animal Study
Categories: Brain, Brain Cellular/Tissue Effects, Cognitive Function, Susceptible Populations, Chemical Co-Exposures, Nutritional Status, Cholinesterase, Iodine, Animal offspring